
Hello Everyone,
In this course video series, we will discuss LTM from scratch.
we will do all the theory and will also do the lab part on VMware.
To learn this course in deep you need to have a virtual setup (2 BIG-IP VE IOS, 3 WindowsXP IOS) on VMware.
In other videos, I will discuss everything on how to setup the lab.
examine packet flow through an f5 ltm with a virtual server and a default gateway, showing how the f5 modifies the destination, translates addresses, and routes replies via the gateway.
Explore configuration of big ip f5 ltm 301 a+b load balancer, including mgmt port addresses 192.168.1.245 and 192.168.1.246, no route, and four configuration methods via setup, cli, lcd panel, gui.
License the BIG-IP f5 ltm devices via gui or cli, configure management ip, enable https access, and troubleshoot licensing with copy-paste or download-upload workflows.
Configure a self IP for the LAN 192.168.1.1 with netmask and LAN VLAN, enable port lockdown; understand floating IPs across two devices.
Define a pool with pool members and a port, configure http monitoring to verify service availability on 8080, and contrast pool monitors with node monitors that check reachability.
In this video, you will find the use of VS | Virtual Server, and the use case of Node, Pool and Virtual Server, whenever the F5 box gets the traffic from Global Client so how the F5 behave with VS | Pool Members | Nodes
Learn to configure and verify a virtual server on F5 LTM, create a destination IP and port, assign a pool, and apply round-robin routing for HTTP traffic on port 80.
Compare least connection load balancing across node, member, and application contexts, illustrating how servers' HTTP and FTP connections influence routing decisions in F5 BIG-IP LTM.
Learn how priority group activation in F5 LTM directs traffic to high-priority pool members on port 8080 and switches to secondary members when needed.
Explore three net objects: virtual server one-to-many, nat one-to-one, and s-net many-to-one with a single global IP, plus dynamic netting with address pools.
Practice snat and auto map on F5 LTM by configuring a net pool list and pool s net for translation of source addresses (192.168.1.110–113), then verify with packet captures.
Master F5 BIG-IP LTM: The Complete Administrator Boot Camp (301 A+B)
Unlock the power of the world’s leading Application Delivery Controller (ADC). This comprehensive course is designed to take you from a complete beginner to a confident F5 BIG-IP LTM Administrator. Whether you are preparing for the F5-301a (LTM Setup & Admin) or F5-301b (LTM Maintain & Troubleshoot) exams, or simply looking to level up your network engineering career, this course provides the hands-on experience you need.
Why This Course?
100% Hands-On: Learn how to build your own virtual lab environment on your personal system.
Real-World Scenarios: Move beyond theory with labs covering CLI and GUI configurations.
Exam Aligned: Comprehensive coverage of the 301 A + B exam objectives.
What You Will Learn
1. Installation & Initial Configuration Master the foundation of BIG-IP. Learn licensing, setup utilities, and how to perform essential configuration backups. We’ll cover both hardware platforms and virtual editions.
2. Core Traffic Management Objects Deep dive into the building blocks of F5:
Nodes, Pools, and Pool Members: Configuring resources via GUI and CLI.
Virtual Servers: Understanding how BIG-IP processes incoming traffic.
3. Advanced Load Balancing & Monitoring
Load Balancing Methods: Learn when to use Round Robin, Least Connections, and more.
Health Monitors: Ensure high availability by configuring status reporting and monitor assignments.
4. Profiles & SSL Orchestration Master traffic behavior using Profiles. Learn SSL Termination and SSL Initiation to secure application data, and understand the relationship between parent and child profiles.
5. Persistence & Intelligent Traffic Control
Persistence: Configure Source Address, Destination Address, and Cookie-based persistence.
iRules: Learn the power of Tcl-based scripting to trigger custom traffic actions based on specific events.
6. Network Optimization & High Availability (HA)
NATs & SNATs: Master address translation and the "Auto-map" feature.
Device Service Clusters: Set up redundant pairs (High Availability) for failover and seamless traffic processing.
Who This Course Is For:
Network Engineers and System Administrators.
Candidates preparing for the F5 Certified Technology Specialist (F5-CTS) exams.
IT Professionals looking to transition into Application Delivery and Security.
Support & Community
Enroll now to get lifetime access to the course material, lab guides, and a dedicated Q&A section where I will personally help you troubleshoot your lab setup!